CAU Scholar's Space: Han, Sang-Wook

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Han, Sang-Wook (한상욱)

생명공학대학 (식물생명공학)

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Tel 031-670-3150
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proteomics:9||virulence:8||Acidovorax citrulli:6||Xanthomonas:6||bacterial fruit blotch:3||abscisic acid:3||Bacillus:2||Bacterial fruit blotch:2||Erwinia amylovora:2||DNA methyltransferase:2||glycines:2||Virulence:2||biocontrol:2||Watermelon:2||virusinduced gene silencing:2||proteomic analysis:2||labelfree shotgun proteomics:2||comparative proteomics:2||Xanthomonas axonopodis pv:2||Xanthomonas axonopodis pv. glycines:2||drought stress:2||Disease resistance protein:1||Drought stress:1||Essential oils (EOs):1||FleQ:1||Genome:1||Glycerol3phosphate dehydrogenase:1||High salinity:1||Hypersensitive response:1||Invasion:1||LysR type transcriptional regulators:1||Methylome:1||Microbeassociated molecular pattern:1||Migration:1||Multidrugresistant bacteria:1||Nicotiana benthamiana:1||Nicotiana tabacum:1||OprBXo:1||PFGE:1||PYL8:1||PacBio RS II:1||PacBio sequencing:1||Pathogen:1||Pathogenderived effector:1||Pattern recognition receptor:1||Pectobacterium catorovorum subsp brasiliensis:1||Phytochemicals:1||Plant defense:1||Plant immune response:1||Proliferation:1||Proteomics:1||RCAR3:1||RFLP:1||Radish:1||Reactive oxygen species:1||SMRT (single molecule realtime sequencing):1||ScpB:1||Singlemolecule realtime sequencing:1||Staphylococcus aureus:1||Staphylococcus pasteuri:1||Sulforaphene:1||TAL effectors:1||Transcription activatorlike (TAL) effectors:1||Triacanthine:1||Xanthomona oryzae pv. oryzae:1||Xanthomonas citri pv:1||Xanthomonas euvesicatoria:1||Xanthomonas oryzae pv. oryzae:1||Xanthomonas pathovars:1||Xanthomonas spp:1||Xanthomonas type III effector AvrBsT:1||Xenograft:1||acidovorax citrulli:1||antibacterial activity:1||antifungal:1||antimicrobial substance:1||avirulence:1||bacterial pathogens:1||bacterial pustule of soybean:1||bacteriocin:1||biofilm:1||biofilm formation:1||carbamoyl phosphate synthase:1||chorismate mutase:1||diversity:1||drought:1||effector screening:1||fire blight:1||genomicsassisted breeding:1||glucose 6phosphate isomerase:1||glucose1phosphate thymidylyltransferase:1||high temperature stress:1||histidinol dehydrogenase:1||hypersensitive response:1||media:1||membrane integrity:1||metabolic change:1||methyltransferase:1||minimal and rich media:1||motility:1||onion:1||outer membrane protein:1||pepper:1||phytopathogen:1||plant pathogenic bacteria:1||pleiotropic effect:1||porin:1||posttranslational modification:1||prephenate dehydratase:1||prokaryotic epigenetics:1||pyridoxal phosphatedependent aminotransferase:1||quorum sensing (QS):1||recA:1||response regulator:1||restriction fragment length polymorphism:1||restrictionmodification:1||secreted enzyme:1||sigma(54)dependent transcription activator:1||soybean:1||subcellular localization:1||transcription factor:1||transpiration:1||twocomponent regulatory system:1||type IV secretion system (T4SS):1||tyrosine sulfation:1||ubiquitination:1||virulence factors:1||16S rDNA:1||watermelon:1||3bisphosphoglyceratedependent phosphoglycerate mutase:1||9Lipoxygenase:1||ABA receptor:1||Abscisic acid:1||Acidovorax citrulli KACC17005:1||Antimicrobial activity:1||AvrBsT interactors:1||Bacterial soft rot:1||Bladder cancer:1||Botrytis cinerea:1||Burkholderia gladioli:1||CPS:1||CaAIEF1:1||CaLOX1:1||Cell death:1||Cell wall/membrane:1||Chinese cabbage:1||Cymbidium:1||DNA methylation:1||Defenserelated genes:1||

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84, Heukseok-ro, Dongjak-gu, Seoul, Republic of Korea (06974)02-820-6194

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